Voting-machine.



No. 819,685. r PATENTBD MAY 1, 1906. P; YoE.

VOTING MACHINB.

APPLIOATION FILED AUG. 16, 1905.

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WITIJEss 5 No. 819,685. .PATENTED MAY 1, 1906. P. YOB. VOTING MACHINE.

'APPLIQATION I'ILBD AUG. 1e, 1905.

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NO. 819 685. PATENTBD M I P YOH I AY 1, 1906 VOTING MAGHIN APPLIOATION FILBD AUG.16. 1905. l

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APPLIOATION FILED AUG.16. 1905.

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57 "IIIIIIII No. 819,685; PATENTED MAY 1, 1906.

P. YOE.

VOTING MAGHINEL APPLIGATION FILED AUG.16. 1905. v

7 SHEETS-SHEBT 5.

'Jff'ama`v No. 819,685. PATENTED MAY 1, 1906. P. YOE. VOTING MACHINE.

APPLIoATIoN rum? AUG. 16. 1906.

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Vrh-" "l U A No. 819,685. v PTENTED MAY 1, 1906.

P. YOE.

'VOTING MACHINE.

APPLIOATIOH I'ILED AUG. 16. 1905.

7 SHBETS-SHEET 74 `in its operations in recording the vote.

UNITED PATENT OFFICE.

PHILIP YOE, OF I)AY' `ON, 01110, ASSIGNOR TO PHIIP YOE, EDW ARD VV. HANLEY, AND KERIEN FITZPATRICK, `OF 'DAYTON OHIO.

VQTINC--MACHINE- Specificationof Letters Patent.

Patented May 1, 1906.

Application filed August 16. 1905. Serial Na. 274.358.

To all wltoin it may con/cawt:

v Be it known that I, PHILIP YoE, a citizen of the United States, residing at Dayton, in the county of Montgomery and State of Ohio, have invented certain new and useful Improvements inY'oting-Machines; and I do declare the following to he a full, clear, and eX- act description of the invention, such as will enable others skilled in the art'to which it ap- -pertains to make and use the same, reference being had to the accompanymg drawmgs and to the figures of reference marked thereon, which form a part of this specification.

This invention relates to improvements in voting-machines. v

The primary object of the invention is to provide means whereby a rotary movement is obtained for actuating the counters that record the individual votes. 1

Further objects of the invention are to dispense with the use of Springs, screws, &c., which are more or less' liable to be affected through the constant operations of the machine, and consequontly become a source of annoyance.

A further object of the in'vention is to provide a machine of the above type which is comparatively devoid of complications in its -mechanical construction, is light in weight,

and easy to manipulate, and is also positive The actuati'ng mechanism is in constant mechanical engagement with the counters.

To the above ends the invention is an improvement of the voting-machine shown and described in lietters Patent granted to me February 16, 1964, No. 752,276.

Preceding a detailed description of the invention. reference is made to the accompanying drawingsv` of which- Figure 1 is a front elevation of the machine, parts broken away to facilitate the illustration and the booth being removed. Figs. 2 and 3, Sheet 2, are views of theleft-hand end of the machine, showing the reciprocating actuating-frame in different positions. Fig. 4, Sheet 3, is a detail of the key-resetting frame on line i/ z/ of Fig. 1. Fig. 5, Sheet 4, is a detail of the key-resetting sition. The latter view shows the position of the frame when the keys are locked, while Fig. 4 shows the position of the frame when the keys are unl'ocked and ready for voting. Fig. 6, Sheet 5, is a partial rear view of the frame in another poviews' of the rotary key-locking-bar mechanism. F ig. 9, Sheet 7, is a sectional view on the line x x of Fig. 1. Fig. 10, Sheet 4, is a detail view of the independent Setting-keys in a voting position, the card being in the orifice. Fig. 11, Sheet 4, is a detail view of a Setting-key and the 'actuating-frame. Fig. 12, Sheet 4, is a detail of the Setting-key and the counter-actuators. Fig. 13, Sheet 6, is a detail of one of the counters. The settingkey has been acted upon by the rotary counter-actuator. Fig. 14, Sheet 6, is a front view of the counters. Fig. 15, Sheet 3, is a detail of the split bearing by means of which the counters are enabled t'o be returned to zero. Fig. 16, Sheet 5, is a detail view of the plate upon which the names of the candidates are exhibited. Fig. 17 is a detail of the interlocking mechanism.

In a detailed description of the invention similar reference Characters indicate corresponding parts.

Framcuforh-Referring to Fig. 1, Sheet 1, and Fig. 6, Sheet 5, l and 2, respectively', designate the'side frames, between which are suitably mounted division-plates 3. The Ldivisionplates 3 are supported by cross'- bars 4, which have their bearings in the' side frames 1 and 2.' Said division-plates 3 and cross-bars 4 form a multiplicity of divisions between which the counters 29 on shafts 21 are mounted, as shown in Fig. 6, Sheet 5.

The cross-bars 4 are attached to the 'divisionplates 3 by staples 5 and rods 6, as shown in Fig. 11, Sheet 4. The plates 3 rest in slots in the bars 4, and said rods in the plates 3. The staples 5 hold the rods 6 firmly against the cross-bars 4, therehy forming a rigid connection between the crosshars 4 and the division-plates 3, and the parts are easily assembled. The division-plates 3 are further supported by rod 103' at the top of the machine. (See Fig. 15, Sheet 3.)

Single-candiate Setting key. -Extending through the machine and mounted in theside -iowo frames 1 and-2 andX the division-plates '3 are f channel-shafts 7, upon which are mounted the single or individual eandidate-setting keys S. Extending from these keys ing through curved slots 9 in the divisionplates 3 arelugs 10, which engage the interlooking actuating-frames 11, said frames being fulcrumed on the rods 12, that extend- 8 and projectthrough the division-piates When a setting-key is in its normal position oris not set, the lug lies within the cam-slot 12' of the frame 11, as shown by the upper frame in Fig. 11, Sheet 4; but upon said key 8 being moved by the voter to its set position or depressed the lug 10 rides out of the cam-slot 12' onto the radial surface 13 of the frame 11, as shown hy the lower key in Ifig. 11, thcreby depressing said frame and elevatino' the projection 14 on said frame. `When -t e lug 10 1 lies within the cam-slot 12' of the frame 11 and the frame is locked in this upper nosition by means hereinafter described, the ey 8 is also'locked in its position, as the lug 10 cannot ride out of the slots 12' without actuating the frame 11, and when the lug 10 rests upon the 'radial portion 13 of the frame 11 and said frame 11 is locked 'b said means hereinafter described the key 8 is also locked, as the lug 10 cannot ride ofl' of the radial portion 13 into the-cam-slot 12' without actuating the frame 1 1.

It will beseen that when the frame 11 is locked in either its upper or lower position the key 3 will also be locked in its respective position. When the Setting-key 8 is returned to its unset or normal position, the lug 10 rides into the slot 12' as the frame 1 1 aseends, owing to the weight of the interlocking mechanism hung on the projection 14. It will also be noted the weight of the in 'er-looking mechanism having a tendency to force the actuating-frame 11 upward will hold the settingkey 8 in either its set or unset position when the frame 11 is not locked. i

Interlocking mcchem'sm.--Extending from each of the frames 1 1 is an arm 14, which connected thereto interiocking rods 15, which actuate interlocking members 87 (Shown and 4 described in my Letters Patent No. 794,914,

of July 18, 1905.) The interlock'ing mechanism is shown in Fig. 17, Sheet 11, and briefly described as follows: Below each vertical sev ries of counters is a series or bank of interlooking members87, which are connected to the actuating-frames 11 by the interiocking rods 15 and -the arms 14. The interlocking devices are operated through conncctinrjf-` rods 15, each of which has a loop on its lower end by means of which it is coupled with its respective interlocking members. The bank of interlocking members shown in Ifig. 17 has abutment-frame 1.09 and eight interlocking members 87, each of which has an enlargement 110 lying on opposite sides of rollers 111. Owing to the amount of s ace ailowed by the abutment-frame 109 on y one interlocking member 87 can be elevated at time. The shaft 112 holds the members 87 inl their assembled positions.

Oountera-Extending through the machine and through side framus 1 und 2 nnd the division-plates 3 are rotating fif's 10,

,65 upon which are mountcd the counter-actuators 17. These counter-actuators 17 are held in position on shaft 16 by spacers 18. Upon one side of the counter-actuators 17 are lugs 19, (see Fig. 12, Sheet 4,) which engage the projection 20 on key 8'when any one of said keys is thrown in a voting position, and the counter-aetuator is revolved by means hereinafter described. These actuators' 17 operate the counters as follows: Mounted between the division-plates 3 on rods or shafts 21 are the units counter-Whcols 22, having ten teeth 23. (See'Fig. 9, Sheet 7, and Fig. 1.3, Shcet 6.) VVhen a Setting-key is depressed or set in a voting positioo, as shown by the upper key in Fig. 9, it is positively stepped by the cam-surface 24 on key 3 engaging one of the teeth 23 on said counting-wheel 22. In this position the end 20 of the key 3 has been thrown in the path of the lug 19 on actuator 17, (see Fig. 12,) and upon the counter-actuator 17 being revolved and the lug 19 engaging the end 20 of the key 3 the cam-surface 24 on key 8 depresses one of the teeth 23, revolving the units-wheel 22 to a small extent, thereby forcingr one of the teeth 23 into one of the reeesses 25 of the counteractuator 17. (See Fig. 13.) It will be noted that the counter-actuator has revolved a suffieient distance in actuating the key 3 to depress one of the teeth 23 for one of the notches 25 to come opposit-e to one of the teeth 23, thereby allowinfbflr said tooth to enter said not-ch. When the said actuator is further revolved and the fug 19 riding past the end 20 of the key 3, the recess 25 carries one of the teeth 23 a sul'licient distance for the units- Wheel of the counters to complete one-tenth of a revolution. As two of the teeth 23 of the units-wheel 28 engage the peripheries of the counter-actuators 17 when said counteractua'tors are at rest, the unitswhccl will bo locked by said c mnter-actiu1tor except only when the counter-actuator is revolving. The counter-actuators 17 are made to revolve one-third of a revolution at each registration. In transferring from the units-wheel to the tens-Wheel -and from the tens-wheel to the hundreds-wheel I employ any well-known means. It will be understood that all the eounter-actuators make a part revhlution at each registration; but only suchcounters l whose keys are set are actuated. The keys are returned to their nbrmal or unset position (by means hereinafter described) simultaneously with the actuation of the unitscounters by the counter-actuators. It will he seen that if a Setting-key 8 is not set the end 20 will not be thrown in the path of the lugs 19 of the counter-actuators 17, and :is a consequence the counters will not be actuated,

To prevent a Setting-key 8 from being dopressed while the counter-nctuators 17 are rcvolvng, I provide u )on the said counteractuators a plurality of ribs 20. (Sec Fig. 0,

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Sheet 7` and lFig. 6, Sheet 5.) Mounted. l strike the right-hand spur or prong of the` upon each of-the actuatmg-frames 11`1s an E star-wheels, and thereby cause the starangular projection 27, which passes under the rihs 26 when a setting-key 8 is depressed. lf a connter-actuator is then revol ved, oneof the ribs 26 thereon passes in the path of the projection 27, therel.)y looking the actuating- :frame Il 1 in its set position, and, similarly, if a setting-kt-iy 8 is not depressed, the said rib 26 will lie in the path of the projection 27, therehy looking the.actuating-fran'ie in its unsetl pos'tion. It will be seen that 'in whatever posit'ion a Setting-key 8 is placed at the beginning of the part revolution of a counteractuator 17 it must so remain until said c mnter-aqtpator has finished its inovement, as the actuating-frame 11 is locked in either position by means of the rihs 26 and projec-v tion 27, and the key 8 is locked by the lug 10 resting in cam-slot 12' or on the radia-1 surface 13, as before described. Mountedupon each of the setting-keys 8 is a lug 8', which entiers the recesses'between the teeth 23 of the unitis-(fbounters 22. (See lower key 8 in Fig. Sl.) As the sctting-keys are locked hy means` of the ribs 26 and the projection 27, as before des -,ribed, it will be clearly understood that the counters of all unset keys are locked by the lug 8' while the counter-actuators are revolving.

The mechanism which imparts inovement to the rotating 'shafts 16,'upon which the eounter-aotuators 17 are mounted, is described as follows:

-lfotatfing shaft actuat'ing mechanism- Mountcd upon the outside of the side frame 1. andv having bearings thereon is a reciprocating actuating-frame 28. (Shown in lfigs. 2 and 3, Sheet 2.) This actuating-frame is held in close contact with the sideframe 1 by gnidcs 29,31), and 31.` The said actuatingfran'ie 28 receives reciprocating motion from a cam 32 on the main actuating-shaft 33, which has bearings in the side frames and 2. The shaft 33 supports an Operating-lovci' 34,

by which said shaft is actuated hy the voter' upon entcring and leaving the booth. ltfig. 2 shows the position of the levcr 34 when the voter is within the booth, (not shown,) and Fig. 3 the posit-ion of said lever 'when the hooth is empty. lt 'will be understood that oirentering the booth the veter lowers the lever 34, and upon leaving the hooth he raises said lever, and it is during thisupward move- 'ment of thi` lever that the counters are actuated. Mountcd upon the ends of the shafts 16 are star-wheels having three prongs 35, which engage projections 39 and 42 on the aetuating-franie 28 to rotate the shafts as 'follows: W'hen the opcrating-lever 34 is raised from the position shown in lfig. 2 to that sho'wn in Fig. I', the ceni-surface of the cam 32 'rides on the lower surface 38 of the frame 28, thereby raising the same. During thisI n'io'vement projections 39 from the frame 28 wheels engaged to rotate until theyreach the position shown in Fig. 3. It will be noted that in this position there are two of the f prongs 35 in contact with the projections 39. This forn1sa. look for the star-whecls or' for the shafts 16 through the star-wheels, whereby it is impossihle for said shafts to rotate from any other cause than that given it by the frame 28. lVhen the Operating-level' 34 is lowcred, which. occ-urs when the veter enters the booth, the frame 28 descends as the pin 40 engages the projection 41 on said frame. The pin 40 is on the inner face of the cam 32. In this movement the pins 42`on the frame 28 strike the adjacent prongs of the star- Wheels, and thereby causcs said wheels and the shafts 16 to rotate. The movien'ient given said star-wheels when the frame 28 is descending is not great as that given said wheels when the frame is ascending. The reason for this is that the counters are actuated when said frame 28 asccnds or 'when the voter le'aves the hooth, and owingv to tht` spacing of the various elements on the counter-actuators 17 the said actuators work idly during the slight movement given the shafts 16 and the star-wheels during the descending movement of the frame 28. This slight inovenient of the star-wheels is neces. iry to bring the prongs 35 to their original poz--'ltion to be engaged by the projections 31.).

' Key-resettt'ng mechanisms-As hereinbefore statcd, the Setting-keys 8 are mounted upon channel-shafts 7. These shafts 7 are instrumental in returning said keys to their normal orl out-of-voting position. The means for actuating said shafts are asfollows: Referring to Fig. :1, Sheet 3, Fig. 5, Sheet 4, and lfig. 6, Sheet 5, mounted upon the inner side of the end frame 1 is a key-resetting frame 43, which is given lnovement hy a cam 44 on the main actuating-shaft 33, alternately engagi'ng projections 45 and 46 on said frame 43. Mounted upon the frame 43 are pins 47, which engage slotted actm'itors 48 on. the channel-shafts 7. Upon the upward moven'ient of the frame 43 said. pins 47 engagc the upper arm. of the slotted actuators 48, there-by rocking the shafts 7. lt. will be noted from Fig. 5, Sheet 4, that owing to the construction of the upper arm of the slott'ed 'aetuators 48 the pins 47 will ride pastl the slot in 'said actuator. This excess of movement is necessary, as the frame 43 also resets the straight-ticket-setting keys, in which a larger movement is required than is reeuired of the individual Setting-keys. Referrmg to Fig. S), Sheet 7, also Fig. 13 on Sheet 6, 40 designates a lug on the Setting-keys 6, engaged by the slotted or channeled portion 49/ of the channel-shafts 7. Upon said channelshafts 7 being rocked the keys 8 are carried hack to their normal positions. When the shafts 7 are in the position shown in Fig. 5, (the keys 8 being then in no'rnial position,) the channeled portion of said shaft is held rigidly against the lugs 49 on the keys 8 byf the pin 47 on frame 43 engaging the upper, prong of the slotted actuator 48, therehy ookingr all the keys' 8 on that shaft in their norinal or out-of-voting position. As before stated, the veter lowe-rs the lever 34 on entering the hooth. This operation unloeks the keys 8, as the pin on the frame 43 engages the slot-ted actuator 48 on the slotted shaft 7, thereby reeeding the channeled portion of said shafts 7 from the lugs 49 on the settingkeys 8, and similarly on leaving the hooth' of the machine I place all the candidate-keys for one party in a horizontal line, and the means I employ for voting a straight tieket Will now he described. Mounted in the side frames 1 and 2 and extending` through the division-plates 3 are channel-shafts 50. At the left side of the machine and slid upon said channel-shafts 50 are the straight-ticket keys 51, Fig. 1, Sheet 1, Fig. 4, Sheet 3, and Fig. 5, Sheet 4, and Fig. 6, Sheet 5. These keys 51 project throu h the front casing 52 and are thus accessibe to the veter. In voting a straight ticket a key 51 is placed in the position shown hy the upper key 51 in Fig'. 4,` Shoot 3. This inoveinent of said key 51 oscillates the channel-shafts 50. The ehanneled portion of said shafts engages the set-v ting-key 8 at the point 53, therehy tiltine; the keys from norinal position to a voting position. (See upper key in Fig. 9.) As all of the individual Setting-keys of one party are engaged hy the straigh t-ticket channel--shafts 50 of that party, all of the individual settingkeys of that party Will he thrown in a voting position When the straight-ticket key of that party is set. In order to return the straightticket key 51 to its normal posititm, l pro vide vupon the key-rese'tting fraineftf pins 54, vvhich engage projections 55 of the straightticket keys 51 When the'frame 43 ascends.

Independent not'ing mcczenism. This mechanisni is the subject-matter of another application and Will he hriefly described. EX- tending across the lower portion of the niachine is a cross-fra1ne 56, having orifices 57, through which the cards 57" for the independent candidates are deposited, Ahove each orifice y57 is inounted an independent setting-koy 58. (Sec Fig. 1, Sheet 1, lfig'. 9, Shoot 7, and Fig. 10, Sheet 4.) These keys 58 are pivoted on channeled shafts 07, which have bearings in the side fran'ies 1. and 2 and the division-plates 3. lt will he noted from locked in that position.

ating-frame 60 follows: W hen the inde- -pendent-setting keys are in their norinal position, as shown in Fig. 9, Sheet 7, the projection 61 of. the independent interlockingf` actuating-frame 60 iies Within the notch 62, forined hy the projection 63 and the radial portion 64 of the keys 58. When a key 58 is raised to the position shown in Fig. 10, Sheet 4, the projectinn 61 on the frame 60 is lowered and 'ridcs along the radial portion 64. As the frame 60 is pivoted on rod 65, which extends through the division-plates 'the outer end 66 of said frame will he raised, therehy actuating the inte'erlocking mechanisrn shmvn in Fig. 17, Shoot 4. As the portion 64- of a key 58 is radial, the frame 60 The keys are returned to their normal positions hy a clianneleshaft 67 similarly to the Setting-keys 8. Mounted upon said channel-shafts 67 is a slot- 'ted actuator 68. (See Figs. 4 and 5, Sheets 3 and4t.) This slotted actuator is enwaged hy a pin 69 'on the projection 70 of the frame 43, and when said frame 42% is operated hy lthe means heretofore described the ehanneh shaft 67 is rocked, and the chzf'n'inel portion of said shaft engages the lu;r 71 of those keys that have heen set in an oril'ice-openi115: position, as shown in lfig. 10, Shoot 4, therehy resetting the keys 58 to their uorinal positions. When the frame 4-3 is in the position show in lfig. 5, the channel portion of the shaft 67 engages ali of the lugs 71 of the keys 58 and holds theni in a locked position. in this position the main operating-lcver 234 is up and the Setting-keys are in their norinal position. Mounted below the ori'lices 57 are carda'e ceivers 73, supported on a plate 74. Tha-se receivers 73 are held in position. on tln` piate 74 hy notched lugs 75 and at the top 'are locked in position hy 'rod 70, 'slidint'ly mounted in rings 77 on bar 56. The rod 76 is iisr-lf locked in position hy means hereinafler do serihed. (See 1 and 9.) lmniediaiely below the orilices 57 is a stop plate 78, mounted on the oscillating cross-bar 70, said bar 79 being' pivoted at 80 on the f amm l and 2. This har 79 is given an osi-illating motion to allow the cards to be injecied into the receivers 73 hy the independent settingkeys 58 when the main aetua'liingdevei"-- is raised or When the veter leaves the hooth hy the follo'vving mechanisin: Mounted on the main actuating-shaft 33 a cam 81, which engrages lugs S on 'the arni 83 on the har 79. VVhen said shaft 33 is oscillated, the har 70 recedes from the bar 56, and therelyfv allows any card that may he in the orifices 57 to he injected into the cuI'd-reccivers 73. A card cannot he inserted in the orifices 57 when a key 58 is locked, as shown in Fig. 9. VVhen a key 58 in the position shown'in Fig. 10, a

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card beingr deposited in the orifices it will be observed that the Setting-keycannot be fully returned, owing to its coming in contact wit h the card. f Therefore the interlocking mechanism (shown in Fig. 17) cannot be imlocked. Th'e finger-recesses 57' in cross-bar 56 forms a eonvenient means whereby a veter ma \v extract the card from the o'rilice and change his vote. sleeve 84, keyed to the main operating-shaft 33 'bypin 85. (See Fig. '6, Sheet 5.) The said sleeve 84 is held in contact with this pin 85 by the arm 86, which is mounted on the frammvork. By this means I am enabled to assemble the parts without the aid of serews or their equivalents.

Bellet-board-Mounted in the front each counter, between the division-plates 3, are plates 06, which are detaehably fastened by wires 06. U (ee Fig'. 0, Sheet 7, and Fig. 14, Sheet 6.) These plates 05 have projections 07, the edges of which are in close proximity to the counting-wheels and form a line by which the. counters may be easily read. (See Fig. 14, Sheet 6.) ,liying across the machine., between the plates 05, is a plate 08, upon which names of the candidates are placed. These plates 08 have hooks 00, that engrage openings in the divisionplates 3. (See Fig. 16, Sheet 5.) These plates 08 and the front casing 52 form the ballot-board of the machine. moved to view the counters by unlocking` the bar 100 (shown in Fig. 1) and giving' said plates a movement to the left, thereby disengaging them from the division-plates 3. The bar 100 also looks the rod 76 of the card-receivers- After. being unlocked the bar 100 allows the rod 76 to be removed, thereby allowing a removal of the card-receivers.

Setting to zero.--Referri11g to Fig. 15, Sheet 3, 102 designates a plate which forms a split bearing for the rotating,counter-actuating shaf t -16. As the counter-actuators 17 form locks for the unit-counters 22, it is necessary to provide a yielding bearing for the. shafts 16 when the counters are set to zero. ing-plate 102 is pivoted at the top of the machine on the rod 103', said rod extending through the division-'plates 3. At the bottom of vsaid plates 102 is a rod 103, which locks all of said plates in the position shown in Fig. 15. This rod 103 has notches 104,

vwhich allow the ends'105 of the plates 102 to be thrown into a pesition to be locked simultaneously. These plates 102 have lateral projections 106, which fit into notches 107 in the division-plates 3. The projeetions 106 and thenotches 107 form rigid bearings for the counter-actuating shafts 16 When the plates 102 are locked in position by the rod 103. In Setting the counters to zero the plates 102 are unlocked'by the rod 103 and thrown outward, thus 'allowing a yielding movement to the eounter-actuators 17 when The cams 44 and 81 are mounted on a v of.

The said plates 08 may be re-v The bear-4 frame 00, mounted on the right-hand side of the frame 2. The frame 00 receives ascending movement `from the cam 88' on shaft 33 striking: the eross -bar 114 and descending` movement by the pin 115 striking the projection 116.- Mounted upon the end of the locking-barSS is a star-Wheel having' arms 91. Upon. the aseension of frame 00 the projection ;11.6' strikes the right-hand arm 01 and upon the desoension of said frame the pin 1 17 strikes the left-hand arm 01 ofsaid star-Wheel.. The pins 117 and 118, which are on the frame 00, lock the star- Wheel in the position shown in Fig. 7, Sheet 6, and when said frame 00 is in its upward position the star-Wheel is locked by two of its arms 91 engaging the projection 116'. The movement imparted to the locking-bar 88 by the frame 00 is substantia-lly as that imparted to the rotary actuating-shafts 16 by the frame 28 on the left'side of' the machine.

113 (shown in Fig. 6, Sheet 5) designates a door which locks all of the oscillating shafts and rods upon which the various mechanisms are inounted. This door may be hinged" or mounted to slide, as shown in the drawing's. I'n Fig. 2, 114' designates the grooves in which the said door slides. There are two of such doors, and they provide outer inclosures ,of the Operating-lever, for the reason that it is not essential, and it forms subject-matter of a separate application.

Operation by o0ter.--Having described the structural features and the various movements thereof, I will now briefly deseribe the operation: When the veter enters the booth, the lever 34 is in its elevated position, as in Figs. 1 and. 3, and upon entering he lowers said lever to the position shown in Fig. 2. This operation of the lever lowers the ,frame 28, which unlocks the keys, as previously described. The machineis now ready for the voter to select' and. set the desired keys. If he votes a straight ticket, he sets the desired key 51, and if he Votes a mixed ticket he sets the desiredkeys 8. After Setting the d'esired keys he raises the lever 34, 'which actuates the counters, resets the keys, and locks the same, as previously descrlbed. The voter then retires from the booth.

Having described my invention, I claim- IOO 1. The eonibination With a rotating couninounted Setting-key freely n'iovabie into and out of a voting position and adapted to be lengaged and actuated by said counter-actuator, of a counter adapted to be engaged and actuated by said Setting-key, and ineans to actuate said rotating counter-actuator after i said Setting-key has been set into a voting position.

2. The coinbination With a rotating counter-actuator shaft having a counter-actuator rigidly secured thereto, of a Setting-key freely movable into and out of a voting position, and adapted to be'engaged and actuatcd by said counter-actuator, a counter adapted to be engaged and actuated by said Setting-key, means to rotate said rotating counter-actuator, and means on said counter-actuator adapted to iock said counter.

3. The cornbination With a setting-key, of

a counter, a rotating counter-actuator shaft having a counteraetuator rigidiy secured thereto, means' on said counter actuator adapted to suecessiveiy uniock said counter, engage and actuate said key thereby aetuating said counter and finallylocking` said counter, and means to rotate said rotating counter-actuator. i

4. The combination With an interinittent rotating counter-actuator shaft, a series of eounter-actuators rigidiy secured to said interinittent rotating counter-actuator, of a series of independentiy-nioun ted setting-keys adapted When set to be engagcd and actuated by said counter-actuators, a series of counters adapted to be rotated by said Setting-keys, and means' to interinittentiy rotate said intermittent counter-actuator,

5. The coinbination With a series of settingkeys independentiy rnounted; of a series of counters, an independently-inounted rotating shaft extending across said series of counters, of a series of counter-actuators secured to said r tati1ig shaft adapted to engag'e and4 actuvate said settii'ig-keys and rotate said counters, an operating-iever, and connecting inechanism between said rotating shaft and said operating-lever.

6. The conibination With an interniittent rotating shaft, a series of counter-actuators rigidly secured thereto, of a phlrality of projections on each of said counter-aetuators, a. series of Setting-keys one for each counteractuator, said Setting-keys being adapt/ed to be set into the paths of said projections upon said counter-actuators, a series of Counters adapted to be engaged and aetuated 'by said setting-keys, and means to intern iit'tent] y rotate said intermittent rotating shaft 7. The coinbination with a phirality of rotating shafts, a series of (-,oui'iter-actuators rigidly secured to each of said rotating shafts, a plurality of series of Setting-keys adapted to be engaged and aetuated by said counter-actuators, of a pinrality of series of counters adapted to be engaged and rotated by said setting-keys, a reciprocating actuatingfraine adap ted to actuate said rotating shafts sininiianeousiy, and nieans to actuatel said reciprocating aetuating-franie.

8. in a voting-machine, the ooinbination With a ,rotating counter-actuator shaft, of a series of counter-aotuators rigidiy secured thereto, of a series of Setting-keys adapt-ed to be engaged and actuated by said counter-actuator,-a series of counters adapted to be engaged and aetuated by said Setting-keys, of an osciiiating operating-iever, means to rotate said rotating` counter-actuator a predeterinined distance upon the operation of the operating-iever in one dirc-wetion, and means to advanee said rotating counter--actuator upon the actuatioi'i of the Operating-level' in the reverse eirection.

rThe coinbination with a rotating shaft, a series of cou'i'iter-actuators rigidly seeured thereto, of a series of Setting-keys adapt-ed to be engaged and actuated by i aid counter-actuators, a series of counters adapted to be en- 'gaged and aetuated by said setting-keys, of an operating-iever, nieans to pcsitiyelystop said rotating,r shaft after being rotated apredetermined distance by the operation ofsaid operating-iever in one direction, and means to positiveiyadvance and iock said rotating shaft upon actuation of said operating-iever in the reverse direction.

it). In a voting-machine, the cornbination With a piuraiity of rotating shafts, a series of couuter-actuators rigidly secured to said rotating shafts, a series of Setting-keys adapted to be engag'ed and aetuated by said counteractuatm's, of a series of counters ada-pted to be engaged and actuated by said setting-keys, a reciprocatingv aetuating-frame, means on said reciprocating actuating-fraine adapted to positiveiy actuate a pluraiity of said rotatingv shafts, an oseiliatingjT shaft, of an operating-ieyer mounted on said osciiiatiner shaft,of me: ns supported by said osciiiating shaft adapted to positiveiy aetuate said reciprocating actnating-fraine upon the aetua'tion of said operating-iever in one direction, and means to positiveiy return said rec-,iiprocating` actuating-frame upon the operation of said operating-iever in the reverse direetion.

HA The (-oinbination With a piurality of rotating` shafts, a piu 1aiity of counter-actuators rigidiy seenred to each of said shafts, a piuraiity of setting-keys and their Cooperating actuating-frames, and means on said counter-:letuators, setting-key, and Cooperating actuating-frames adapted to iock i i] unset keys, and n'ieans to rotate said rotatingr shafts,

12. Vin a votiliig-niachine, the combination of a piuraiity of rotating shafts, a pluraiity of counLer-actuators supp )rted by each of said IOO rot'ating shafts, a'plurality of setting-keys and their coperating actuating-frames, of

`means on said counter-actuators adapted to 'With a plurality of rotating shafts, a plurality of counter-actuators rigidly secured to said rotating shafts, a plurality of Setting-keys adapted'to be engaged and actuated by said counter-actuators, a plurality of actuatingframes, of a plurality, of counters, and means to look said counter of the unset keys.

14. The co'mbinationr with a series of `settin'gvkeysindependently mounted, of a strai-ght-ticket-key-mechanism independently moun't'ed and adapted to engage and set a series of said Setting-keyssimultaneously,-a series of counters adapted to be engaged and actu'ated by said Setting-keys, of a rotating shaft, a series of counter-actuators rigidly secured to said rotating shaft, means on said counter-actuators adapted to engage and actuate said series of Setting-keys, and vmeans to rotate said rotating shaft.

15. In a voting-machine, the combination 'With a setting-key, of a counter adapted to be engaged androtated by said setting-key,of a mo'yable 'stop adapted to positively limit the stroke of said Setting-key, a r otating shaft, 'acounter-actuator rigidly secured to said rotating shaft, and means' to rotate said rotatingshaft.

16. In a voting-niachine,.the combination With a rotating counter-actuator, vof a counter normally locked by said rotating counter- `actuator,` a Setting-key adapted' to actuatev. said'counter When aotuated by said rotating counter-actuator, means to actuate said 'rotating counter-actuator', and means to return a set key to normal, Whereby said key is registered and returnedl tonormal'. 17; In a v Ling-machine, the combination ofa rotating shaft, a counter-actuator'mounted thereon and having a plurality of projections from its side, an actuating-frame adapted to belocked by one of said projections to be locked by said actuating-frame, and-'a'- cou'nter'by said Setting-key, and means to ro-- on said counter-actuator, and a Setting-key adapted to be locked by said actuating-frame,

and'mean's to rotater said 'counter-actuator.

18. -In a voting-machine, the combinationv of a rotating shaft,'a countf r-actuator mounted there'on and havin a plurality'of looking projeotions on its si e, van actuating-frame adapted to be locked by'said projections on` the counter-actuator, a Setting-key adapted tate said counter-actuator.

19.' The combination Withv an independently-mounted osoillating shaft having a lonitudinal channel therein, a straight-ticket ey mounted on said oscillating shaft, a sef' riesvof, Setting-keys independently mounted `having setting proje'ctions 49 thereon, said `ity of oscillating s 'supporting-fra'me and supported thereby, a

ing, andv a door to projections 49 being adapted to be engaged by one of the sides of said longitudinal chansaid Setting-keys are simultaneously set.

20. In -a voting-machine, the combination With a Setting-key adapted to be moved from' nel in said Setting-keys, Whereby a series of'l normal. to a set position or to be returned to normal4 at Willl Without actuating its corresponding counter, of a counter, and a movable stop normally locked andI adapted to.

Vpositi'vely stop said Setting-key after it has been moved a redetermined distance, anda rotating shaft -aving a counter-actuator rigidly secured thereto' and adapted to release said-movable sto and actuate said key and counter andfinal y look said counter.

21. In a voting-machine, the combination With an interlocking mechanism, vof a settingkeyadapted to actuate said interlocking o nie'chanism, of a counter normally looked, a rotating shaft having a' counter-actuator 'rig-idlysecured thereto andadapted to look said counter, and a unit-Wheel of said counto positively limit' the stroke of said setting-v vkey and' interlocking mechanisrn- 22. In a voting-machine, the combination of-a suitable supporting-frame, of a plurality of division-plates having splitbe'arings there- -1n," a

lurality of rotating counter-actuators mova le into and out of said split bearings,

a n'd. a 'single means to look said split bearings of rods to couple-said cross-bars and divisionplates, and a door to hold'said rods in positon.

24. In a voting-machine, the combination With-a suitable suplporting-frame, 'of a pluralafts extending across said plurality of Setting-keys removably mounted on saidshafts, an actuating-member slid on each of said shafts but prevented from rotatrevent said shaft from moving longitudinal y.

^ 25. In 'a voting-machine, the combination vWith a -suitable supporting-frame, of a plurality of'osoillating shafts, each having a longitudinal channel therein, said shafts'extend-- Iter and its coperating mechanisni arran'ged- IOO ing across said supporting-frame, a-straightticket key slid on each of said shafts but prevented from rotating, and a door to prevent said shafts from moving longitudinally.

26. -In a voting-machine, the combination l of a key adapted to be m oved from normal to a set position or to be returned to normal at Will, of a movable stop normally locked to positively stop the key When it has been moved a predetermined distance, a rotating shaft and a counter-actuator rigidly secured thereto and adapted to release said stop and actuate said key and counter successively.

27. In a voting-machine, the combination with a ke)v adapted to be moved from a normal position to a' set position and returned to said nornial position at will, of a Inovable stop normally locked to positively stop the key When it has been moved a predetermined distance, and an interlnittently rotating sliaft, and a countcr-actuator rigidly secured thereto,v and a plurality of projeotions on said counter-actuator adapted to release said stop and to actuate said key and said stop successivclv.

25. ln a Viking-machine, the combination with a setting-key, means to return said setting-key to nornial, of a counter adapted to positivelylimit the stroke of said Setting-key, a rotatingr shaft, a counter-actuator rigld y secured to said rotating shaft, said counteractuator beingy adapted to engageand actuate said Setting-key, a reciprooating frame, an operating-lever, and connecting mechanism between said reciprooating frame and-operating-lever.

29. The combination with a suitable supporting-frarne, of an oscil'lating shaft su ported by said frame, a cam seoured to sai oscillating shaft, of an operating-lever also secured to said oscillating shaft, a recprpoating actuating-frame having actuating; and, looking projections thereon, a plurality of rotating shafts, a series of counter-actuators rgidly secured t'o each of said rotating shafts, a

lurality of series of counters adapted to be ocked or unlocked by said counter-actuators.

In testimony Whereof I aflix my signature in lpresence of two Witnesses.

PHILIP YOE.

Witnesses:

R. J. MCCARTY, C. M. THEOBALD. s 

